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    • 12. 发明授权
    • Resistive memory devices and related methods
    • 电阻式存储器件及相关方法
    • US08773887B1
    • 2014-07-08
    • US13481102
    • 2012-05-25
    • Peter K. Naji
    • Peter K. Naji
    • G11C11/00
    • G11C13/0021G11C11/165G11C11/1653G11C11/1659G11C11/1673G11C11/1693G11C11/5642G11C13/0002G11C13/004G11C27/005
    • A resistive memory device. Implementations may include an array of memory cells including resistive memory elements which are coupled to isolation transistors and which may include a magnetic tunnel junction. A decoder decodes input address information to select a row of the array. A binarizer coupled to the memory array assigns binary weights to outputs of the memory array output through bit lines coupled to the memory cells. A summer sums the binary weighted outputs, and a quantizer generates an output digital code corresponding to data stored in a plurality of memory cells during a prior program cycle. The outputs of the memory array may be currents or voltages. In implementations multiple arrays of memory cells may be utilized and their respective outputs combined to form higher bit outputs, such as eight bit, twelve bit, sixteen bit, and so forth.
    • 电阻式存储器件。 实施方案可以包括存储单元的阵列,包括耦合到隔离晶体管并且可以包括磁性隧道结的电阻性存储器元件。 解码器解码输入地址信息以选择阵列的一行。 耦合到存储器阵列的二进制化器通过耦合到存储器单元的位线将二进制权重分配给存储器阵列输出的输出。 夏季对二进制加权输出求和,并且量化器在先前的程序周期期间生成对应于存储在多个存储单元中的数据的输出数字代码。 存储器阵列的输出可以是电流或电压。 在实现中,可以使用多个存储器单元阵列,并且它们各自的输出组合以形成较高位输出,例如8位,12位,16位等等。
    • 13. 发明授权
    • Magnetoresistive level generator and method
    • 磁阻电平发生器及方法
    • US06829158B2
    • 2004-12-07
    • US09935269
    • 2001-08-22
    • Peter K. Naji
    • Peter K. Naji
    • G11C1100
    • G11C11/5607G11C5/147G11C11/15
    • A magnetoresistive multi-level generator including a first series circuit with a first magnetoresistive element having a resistance equal to Rmax connected in series with n first magnetoresistive elements each having a resistance equal to Rmin. Where n is equal to a whole integer greater than one, n additional series circuits, each including an additional magnetoresistive element with a resistance equal to Rmax connected in series with n magnetoresistive elements each with a resistance equal to Rmin. The first and n additional series circuits being connected in series between the input and output terminals and in parallel with each other. Whereby a total resistance between the input and output terminals is a level Rmin+&Dgr;R/n, where &Dgr;R is equal to Rmax−Rmin.
    • 一种磁阻多电平发生器,包括具有第一磁阻元件的第一串联电路,其具有与n个第一磁阻元件串联连接的Rmax的电阻,每个第一磁阻元件具有等于Rmin的电阻。 其中n等于大于1的整数,n个附加的串联电路,每个包括具有等于Rmax的电阻等于Rmax的附加磁阻元件,其与n个磁阻元件串联,每个磁阻元件的电阻等于Rmin。 第一和第n个附加串联电路串联在输入和输出端子之间并且彼此并联。 由此,输入和输出端之间的总电阻为Rmin + DeltaR / n,其中DeltaR等于Rmax-Rmin。
    • 14. 发明申请
    • Memory Devices and Related Methods
    • 内存设备及相关方法
    • US20140321198A1
    • 2014-10-30
    • US14325675
    • 2014-07-08
    • Peter K. Naji
    • Peter K. Naji
    • G11C13/00G11C11/16
    • G11C13/0021G11C11/165G11C11/1653G11C11/1659G11C11/1673G11C11/1693G11C11/5642G11C13/0002G11C13/004G11C27/005
    • A resistive memory device. Implementations may include an array of memory cells including resistive memory elements which are coupled to isolation transistors and which may include a magnetic tunnel junction. A decoder decodes input address information to select a row of the array. A binarizer coupled to the memory array assigns binary weights to outputs of the memory array output through bit lines coupled to the memory cells. A summer sums the binary weighted outputs, and a quantizer generates an output digital code corresponding to data stored in a plurality of memory cells during a prior program cycle. The outputs of the memory array may be currents or voltages. In implementations multiple arrays of memory cells may be utilized and their respective outputs combined to form higher bit outputs, such as eight bit, twelve bit, sixteen bit, and so forth.
    • 电阻式存储器件。 实施方案可以包括存储单元的阵列,包括耦合到隔离晶体管并且可以包括磁性隧道结的电阻性存储器元件。 解码器解码输入地址信息以选择阵列的一行。 耦合到存储器阵列的二进制化器通过耦合到存储器单元的位线将二进制权重分配给存储器阵列输出的输出。 夏季对二进制加权输出求和,并且量化器在先前的程序周期期间生成对应于存储在多个存储单元中的数据的输出数字代码。 存储器阵列的输出可以是电流或电压。 在实现中,可以使用多个存储器单元阵列,并且它们各自的输出组合以形成较高位输出,例如8位,12位,16位等等。
    • 16. 发明授权
    • MRAM without isolation devices
    • MRAM无隔离设备
    • US06512689B1
    • 2003-01-28
    • US10051646
    • 2002-01-18
    • Peter K. NajiMark A. DurlamSaied N. Tehrani
    • Peter K. NajiMark A. DurlamSaied N. Tehrani
    • G11C1100
    • G11C7/14G11C11/15
    • A magnetoresistive random access memory architecture free of isolation devices includes a plurality of data columns of non-volatile magnetoresistive elements. A reference column includes non-volatile magnetoresistive elements positioned adjacent to the data column. Each column is connected to a current conveyor. A selected data current conveyor and the reference current conveyor are connected to inputs of a differential amplifier for differentially comparing a data voltage to a reference voltage. The current conveyors are connected directly to the ends of the data and reference bitlines. This specific arrangement allows the current conveyors to be clamped to the same voltage which reduces or removes sneak circuits to substantially reduce leakage currents.
    • 没有隔离装置的磁阻随机存取存储器架构包括多个非易失性磁阻元件的数据列。 参考柱包括与数据列相邻定位的非易失性磁阻元件。 每列连接到当前输送机。 选择的数据流传输器和参考电流传输器连接到差分放大器的输入端,用于将数据电压与参考电压进行差分比较。 目前的输送机直接连接到数据和参考位线的末端。 这种特定的布置允许当前输送机被夹紧到相同的电压,这减少或去除潜行电路以显着减少泄漏电流。